1) Intensity parameters
强度参量
1.
The results indicate that the intensity parameters Ω_2 and Ω_4 increase with the increase of GeO_2 conten.
结果显示强度参量Ω2与Ω4随着GeO2量的增加而增加,表明材料的对称性降低,Eu-O键强增加,共价性增加。
2.
The optical intensity parameters of Nd~(3+) in PMMA were calculated by Judd-Ofelt theory using the absorption spectrum:Ω_2=33.
根据Judd-Ofelt理论,用吸收光谱计算钕离子在PMMA中的光学跃迁的强度参量:Ω2=33。
3.
Based on modifed Judd-Ofelt theory,the intensity parameters of Pr3+ in PMMA are calculated to be Ω2=46.
根据修正的Judd-Ofelt理论,用吸收光谱计算镨离子在PMMA中的强度参量:Ω2=46。
2) ground motion intensity measures
地面运动强度度量参数
1.
The correlation between ground motion intensity measures (IM) and single- degree -of-freedom (SDOF) deformation demands is described in this study.
研究了用峰值地面运动加速度(APG)、峰值地面运动速度(VPG)、峰值地面运动位移(DPG)、谱加速度AS(T1)(在结构基阶周期的谱加速度值)和VPG/APG作为地面运动强度度量参数(I M)与双线性单自由度(SDOF)结构系统的变形需求之间的相互关系,并用相关系数Ρ表示。
3) intensive property
强度量(热力学参数)
4) intensity parameters
强度参数
1.
Based on them, the intensity parameters and crystal field parameter of Eu3+ were obtained.
并由此计算了强度参数与晶场参数。
2.
The emission, phonon-side band spectra and fluorescence lifetimes of these glasses were studied and the intensity parameters Ω 2 of Eu 3+ were obtained.
研究了Eu3 + 掺杂铌磷与铌硅系列玻璃的发射光谱 ,声子边带谱及5D0 能级寿命 ,计算了样品的强度参数。
3.
Combined with specific calculation example,the influencing degree of linear intensity parameter and non-linear intensity parameters on slope stability was compared and analyzed,the influencing mechanism of two intensity parameters on safety coefficient were pointed at the same time.
综合相关文献简要探讨了主要的边坡稳定性分析方法,结合具体的计算实例对比分析了线性强度参数和非线性强度参数对边坡稳定性的影响程度,同时指出了两种强度参数对安全系数的影响机理,综合分析得出,抗剪强度参数选取的合理与否是关系到分析结果是否准确、可靠的关键。
5) strength parameters
强度参数
1.
Analysis of deformation and strength parameters for cohesive clay;
粘性土变形和强度参数分析
2.
Primary exploration on relation between strength parameters of salt-bearing soil and water content and salt content;
盐渍土强度参数与含盐量、含水量关系初探
3.
Neural network prediction for strength parameters of landslide zone soil;
滑带土强度参数的人工神经网络预测
6) intensity parameter
强度参数
1.
It is indicated that intensity parameter Ω λ changes with the variation of diameter of nanop.
以几乎不受周围晶场环境影响的5D0 →7F1 跃迁为参考 ,利用5D0 →7F2 和5D0 →7F4 跃迁 ,从实验上确定强度参数Ωλ(λ =2 ,4 ) 。
2.
A new set of phenomenological intensity parameters,T_ kq,are put forward,which are obtained from a best fit of the calculated and measured relative intensities of transitions from the 3P_0 level to the lower J multiplets.
引入新的强度参数Tkq,参数值由3P0能级的相关实验数据拟合。
3.
The intensity parameters,Ω_2 and Ω_4 of Eu~(3+) for opticaltransition were calculated from their emission spectra in terms of reduce.
研究表明,该体系玻璃中,随着Nb_2O_5量的增加,强度参数Ω_2与Ω_4增大,说明材料的对称性降低;Eu 与O 的键增强;玻璃体系的共价性增强。
补充资料：表光合强度(见光合强度)
表光合强度(见光合强度)
forecast of sowing or transplanting time
b iaoguanghe qiangdu表光合强度见光合强度
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条